IDM MCC6000 Portable Converged Communication Command Platform

IDM MCC6000 field portable command platform without mains power is an integrated, portable communication command platform developed by Beijing Ruiguang Jiyuan Digital Technology Co., Ltd., equipped with three 15.6-inch fold-out monitoring screens and supporting rapid deployment and mobile use. The platform concentrates display, multi-standard communication access, and dispatch software in a single IP65 portable chassis, and can connect to trunking intercom, mobile man-pack devices, deployable surveillance cameras, UAV video, video consultation, and other communication terminals, providing on-site communication network, command and dispatch, and front-and-rear coordinated handling capabilities.

The three scenarios—firefighting and rescue on-site command vehicles with forward command posts, field operations of industrial private networks such as electric power, oil and gas, and water conservancy, and public security and border/coastal defense vehicle-mounted and shipborne mobile command—share the same characteristics: neither a fixed equipment room nor stable mains power can be relied upon, and a command post must be established upon arrival. The IDM MCC6000 field portable command platform without mains power uses an IP65 portable chassis with a 30AH lithium iron phosphate battery to support rapid deployment command in field environments without mains power, uses a one host with three screens 15.6-inch fold-out monitoring screens to achieve on the same screen coordination of on-site surveillance, consultation, and dispatch, and uses 4 SDH optical ports to support 2.5G, 622M, and 155M multi-rate access to private network optical fibers.

Key specifications at a glance: IP65 portable chassis · 30AH lithium iron phosphate battery · three-screen 15.6-inch fold-out monitoring screens · 4×SDH optical ports (2.5G/622M/155M multi-rate) · liquid cooling + forced air cooling hybrid heat dissipation · i9 14th-generation processor + RTX 4090 graphics card · 8 groups of 4-party video conferencing

What kind of device is a field portable command platform without mains power?

A field portable command platform without mains power is a type of communications equipment that concentrates display, communication, and audio and video dispatching functions in a self-powered portable chassis, ready to carry on-site command services upon arrival. The IDM MCC6000 is a representative model: the IDM MCC6000 adopts a one host with three screens structure; opening the chassis reveals three 15.6-inch fold-out monitoring screens. The dispatch host, communication modules, and power supply battery are installed in the same chassis, and the unit achieves an IP65 ingress protection rating, allowing it to be deployed in sand and dust, rain, and the bumpy environments of vehicle-mounted and shipborne use.

Figure 1: Overall appearance of the IDM MCC6000 — three 15.6-inch fold-out monitoring screens and IP65 portable chassis

The three 15.6-inch fold-out screens are used according to the division of command and dispatch services, respectively carrying video surveillance, video consultation, and command output images, and can present GIS maps and visualized data through the dispatch software. On-site surveillance, consultation, and dispatch are presented in coordination on the three screens of the same device. The computing module integrated in the chassis, composed of an i9 14th-generation processor and an RTX 4090 graphics card, can run large models such as Deepseek and QWQ 32B, providing computing power for high-definition video conferencing and the visualized converged communication command and dispatch system.

The field capability without mains power is jointly carried by the chassis, heat dissipation, and power supply design: the IDM MCC6000 has an IP65 ingress protection rating (classified according to GB/T 4208 enclosure protection ratings), adopts liquid cooling + forced air cooling hybrid heat dissipation, has a built-in 30AH lithium iron phosphate battery with efficient power management, and can still carry out command and dispatch operations in field, vehicle-mounted, and shipborne environments without a fixed equipment room and mains power conditions. The dimensions and weight of the unit are not yet recorded in the knowledge base; please refer to the manufacturer's technical documentation and commercial confirmation.

Key Specifications

The key specifications of the IDM MCC6000 cover display, protection, power supply, computing, and communication interfaces. The following table is used to check item by item against on-site project conditions during selection.

The display, protection, power supply, and computing configurations in the table enable the IDM MCC6000 to serve as the display and dispatch core of an on-site command post and to maintain operation without mains power and without a fixed equipment room; the optical interfaces and E1 digital trunk are used for interfacing with the ground private network service network.

What on-site problems do the IP65 portable chassis and 30AH lithium iron phosphate battery solve?

Conclusion first: the IP65 portable chassis and 30AH lithium iron phosphate battery solve the problems of the device failing to power on and hold up when there is no mains power and the environment is harsh on site; the three-screen structure solves the problem of insufficient screens to view; and the 4 SDH optical ports solve the problem of the backhaul channel when there is no public network. The correspondence between the three differentiated features and customer value is shown in the following table.

The IP65 ingress protection rating and the 30AH lithium iron phosphate battery together solve the power-on problem when there is no mains power on site. Field, mountain, vehicle-mounted and shipborne environments often have no generator or fixed socket, and the 30AH lithium iron phosphate battery allows the IDM MCC6000 to be powered on as soon as it is deployed on site; liquid cooling plus forced air cooling keeps the temperature more controllable during high-load long-time operation, and the IP65 ingress protection rating allows the device to continue working in sand, dust and rain.

One host with three screens solves the problem of insufficient on-site views and constant switching between command services. The three 15.6-inch fold-out screens carry video surveillance, video consultation and command output on split screens, and the dispatch software presents the GIS map and visualized data on the three screens at the same time, so the commander can grasp the on-site situation and dispatch status simultaneously without repeatedly switching windows.

The 4 SDH optical ports solve the problem of having no public network on site and needing private network optical fiber backhaul. The 4 SDH optical ports of the IDM MCC6000 support multiple rates of 2.5G, 622M and 155M, and the rate can be selected according to on-site optical fiber resources and bandwidth requirements, directly connecting to the self-built optical fiber transmission networks of industries such as electric power, oil and gas, and water conservancy, and aggregating on-site voice, video and data services onto a manageable private network link.

Which communication networks can the portable command platform access?

Which communication networks the portable command platform can access directly determines how well the site can stay connected and transmit back. The IDM MCC6000 concentrates access modes such as optical fiber, mobile public and private networks, wireless ad-hoc network, satellite and wired broadband on one device, and the site selects links for networking according to available conditions, with multiple links serving as mutual backup.

The practical value of multi-network access is that links can be replaced: when the public network is normal, 4G/5G and optical fiber backhaul are used first; when the public network is interrupted or out of coverage, the wireless Mesh ad-hoc network, satellite communication and field wire broadband take over, so that the on-site command link is interrupted as little as possible.

Which command and dispatch functions are integrated into the portable command platform?

The IDM MCC6000 integrates functions such as wireless intercom convergence, audio and video terminal access, local switching, conference consultation and large display output into the same device. The function items and descriptions are shown in the table below.

The functions in the table revolve around two types of services: one is to connect intercom and telephone terminals of different formats to the same dispatch console, and the other is to aggregate on-site video, consultation and IoT information into the same command interface. As a portable converged communication command platform, the IDM MCC6000 is compatible with the existing video surveillance, video conferencing, central control, alarm, broadcast and IoT monitoring systems of various units, so that a converged communication command and dispatch system can be built rapidly on site without rebuilding existing communication facilities.

Can command still be carried out when there is no mains power and no public network on site?

Yes. In a site with neither mains power nor a public network, the IDM MCC6000 continues to undertake command and dispatch tasks through three designs: power supply, networking and local services.

• Power supply: a built-in 30AH lithium iron phosphate battery with efficient power management. When there is no mains power, the battery supplies power to the unit, and the chassis can be powered on as soon as it is opened on site.

• Networking: when the public network is interrupted or out of coverage, the wireless Mesh ad-hoc network, satellite communication and field wire broadband take over; when optical fiber resources are available on site, the 4 SDH optical ports directly connect to the terrestrial private network.

• Services: trunking intercom, video consultation and on-site video transmission are switched within the local platform, and 20 concurrent online services and 8 groups of 4-party video conferencing support simultaneous on-site command services, forming a complete emergency rescue on-site command and dispatch solution.

How Does a Fire and Rescue Command Vehicle Rapidly Set Up a Forward Command Post?

The key to rapidly setting up a forward command post from a fire and rescue command vehicle lies in forming the ability to see, communicate and connect as quickly as possible after arrival. IDM MCC6000 compresses the setup process with its portable all-in-one design: once the chassis arrives on site, three fold-out screens can be deployed, with no need for cabinet installation or a dedicated equipment room; the built-in 30AH lithium iron phosphate battery keeps it running even when the fire truck engine is off and there is no mains power on site.

At the communication level, the site can access firefighting 350MHz trunking, 370MHz emergency management trunking, 400MHz commercial trunking, analog and digital conventional (DMR) intercom, as well as man-pack devices, deployable surveillance cameras and UAV video. The three 15.6-inch fold-out screens simultaneously display the fire scene, force deployment and GIS situation, so commanders can issue orders directly at the forward command post and coordinate with the rear command center via 4G/5G private networks, 4 SDH optical ports or satellite links.

Figure 2: IDM MCC6000 Application Example — Forward Command Post Networking and Multi-Screen Monitoring for a Fire and Rescue Command Vehicle

At the terminal access level, IDM MCC6000 supports audio terminals such as ordinary telephones, IP phones, handheld device apps, network broadcast and network intercom, supports video terminals such as handheld device apps, PC cameras, GB28181 cameras and ONVIF cameras, and also supports local IoT terminal access; all kinds of information generated on site by fire vehicles and personnel are aggregated on the same dispatch console, and the forward command post and the rear share the same on-site situation. This military emergency communications vehicle solution also applies to fire and rescue scenarios, achieving integrated front-and-rear command and dispatch through audio and video dispatching and converged dispatching capabilities.

How Do Unattended Sites on an Industrial Private Network Achieve Networking and Backhaul?

Networking and backhaul for unattended sites on an industrial private network relies on aggregating the services at the site onto self-built links. The 4 SDH optical ports of IDM MCC6000 support multiple rates of 2.5G, 622M and 155M, and can directly connect to self-built optical fiber transmission networks in industries such as electric power, oil and gas, and water conservancy for interconnection with the centralized control center; for sections without optical fiber resources, wireless Mesh ad-hoc network is used to connect distributed sites into one, with satellite communication as backup in remote sections.

For service connection within the site, the operating data, inspection video and voice reports collected on site are backhauled to the centralized control center via the private network link; 20 concurrent online services and 8 groups of 4-party video conferencing support simultaneous duty and consultation at multiple sites. The IP65 ingress protection rating, liquid cooling plus forced air cooling hybrid heat dissipation and 30AH lithium iron phosphate battery allow IDM MCC6000 to operate without mains power during long-term residence at unattended sites, reducing dependence on on-site power supply conditions.

Typical Application Scenarios

Fire and Rescue Command Vehicle and Forward Command Post

A fire and rescue command vehicle undertakes the task of commanding upon arrival, and the fire scene and disaster site often have neither available public network nor mains power. The IDM MCC6000 field portable command platform without mains power has a built-in 30AH lithium iron phosphate battery, so the chassis can be deployed and powered on once the fire truck is in place; the IP65 ingress protection rating and liquid cooling plus forced air cooling hybrid heat dissipation adapt to smoke and dust, high temperature and rain and snow environments. On site, PDT trunking, man-pack video transmission and UAV video can be accessed, and the three 15.6-inch fold-out screens simultaneously display the fire scene, force deployment and GIS situation, based on which commanders issue orders and coordinate handling with the rear command center.

Field Operations and Unattended Sites of Electric Power, Oil and Gas, and Water Conservancy Industrial Private Networks

Field operation sites and unattended sites of industrial private networks such as electric power, oil and gas, and water conservancy are mostly far from urban areas with insufficient public network coverage, and the sites rely on self-built private network links to the centralized control center. The 4 SDH optical ports of IDM MCC6000 support multiple rates of 2.5G, 622M and 155M, and can connect to industry self-built optical fiber transmission networks; for sections without optical fiber, wireless Mesh ad-hoc network connects distributed sites into one, with satellite communication as backup in remote sections. On-site operating data, inspection video and voice reports are backhauled to the centralized control center via the private network, and 20 concurrent online services and 8 groups of 4-party video conferencing support simultaneous duty at multiple sites.

Public Security and Border and Coastal Defense Vehicle-Mounted and Shipborne Mobile Command

Public security patrols and border and coastal defense duty are mostly carried out on the move under vehicle-mounted and shipborne conditions, requiring continuous communication and real-time backhaul during patrols. The IDM MCC6000 field portable command platform without mains power adopts an integrated portable chassis and can be fixed or temporarily deployed on command vehicles and patrol boats; 4G/5G public and private networks and satellite communication maintain links while moving, and wireless Mesh ad-hoc network is used for on-site interconnection between vehicle groups and boat groups. UAV video, surveillance cameras and man-pack video are accessed on the same dispatch console, and the three 15.6-inch fold-out screens simultaneously present land and sea situations, so commanders complete intercom dispatching and video consultation while on the move.

Selection and Deployment Recommendations

When selecting a portable command platform for field environments without mains power, it is recommended to check the following three things item by item: the match between the available on-site communication methods (optical fiber, 4G/5G public or private networks, satellite, ad-hoc network, field wire) and the access capacity of IDM MCC6000, whether the types and quantities of terminals to be accessed (trunking intercom, man-pack, deployable surveillance cameras, UAV video, GB28181 cameras, IoT terminals) are within the platform's support scope, and whether the number of video conferencing channels and online concurrent capacity meet the on-site command scale. These factors directly relate to the actual performance of audio and video dispatching, product showcase and converged communication capabilities.

During deployment, use IDM MCC6000 as the display, communication and dispatch core of the on-site command post: first connect the available links (preferably optical fiber or 4G/5G private network), then access front ends such as intercom, man-pack and UAV video as required, and use HDMI output to an external large display when centralized viewing is needed. The IDM MCC6000 field portable command platform without mains power supports rapid deployment command in field environments without mains power with an IP65 portable chassis and a 30AH lithium iron phosphate battery, achieves on-site monitoring, consultation and dispatching on the same screen through one host with three screens of 15.6-inch fold-out monitoring screens, and supports multi-rate access to private network optical fiber at 2.5G, 622M and 155M through 4 SDH optical ports; for overall dimensions, weight, endurance and commercial price, please refer to the manufacturer's technical documentation and commercial confirmation.